结论自体颗粒细胞线粒体移植可明显改善胚胎发育质量，提高妊娠率。
Conclusion Self-mitochondria transfer can improve embryos' quality and pregnancy rate without influence on fertilization rate.
纽卡塞尔小组相信如果那些处境危险的胚胎被给与一个有效的线粒体移植，那莫这些疾病有可能能够避免。
The Newcastle team believe these diseases could be avoided if embryos at risk were given an effective mitochondrial transplant.
行线粒体移植的良好胚胎形成率为5 9 4% ，行ICSI的良好胚胎形成率为34 9% ，两种方法比较，差异有显著意义（P< 0 0 5 ）。
The good quality embryo rate in mitochondria transfer group was 59.4 %, and it was 34.9 % in ICSI group. The difference was significant ( P< 0.05).
不考虑医治任何已经存在的疾病，仅仅是移植线粒体这种行为就会带来好处。
The very act of transplanting mitochondria, regardless of any pre-existing disease, might bring benefits.
用来对付移植的线粒体的生化反应可能调和了动物的新陈代谢，增加了它们的健康。
The biochemical cost of coping with mismatched mitochondria might, therefore, be tempering the animals' metabolisms in ways that improve their overall health.
细胞器的移植主要是指中绿体和线粒体的移植。
Cell transplant are mainly in green and mitochondria transplant.
核供体和卵母细胞线粒体都损伤的核移植胚发育率的变化规律与卵胞质受体线粒体损伤的核移植胚一致。
After both nuclear donor and ooplasmic recipient mitochondria are damaged, the development pattern of reconstructed embryos is the same with as that of only ooplasmic recipient mitochondrial damaged.
核供体和卵母细胞线粒体都损伤的核移植胚发育率的变化规律与卵胞质受体线粒体损伤的核移植胚一致。
After both nuclear donor and ooplasmic recipient mitochondria are damaged, the development pattern of reconstructed embryos is the same with as that of only ooplasmic recipient mitochondrial damaged.
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